Cellulose insulation is a type of natural insulation. It's created from recycled newspaper and other types of recycled paper. At least 75% or more of the material is recycled. Chemicals are then applied to the recycled paper to make it fire resistant.
Cellulose Insulation's Advantages
The material is regarded to be safer than other forms of insulating materials because it is composed largely of recycled paper products. Fiberglass and a variety of other insulating compounds are known to cause cancer. Cellulose is not a cancer-causing substance.
All of the chemicals used to make the material fire resistant are non-toxic. Boric acid, ammonium sulphate, and borax are the most often utilized compounds. All of these substances are regarded to be harmless and haven't been linked to any negative health effects. Furthermore, they are supposed to help prevent the growth of mold or mildew, as well as providing an unwelcoming environment for insects.
Another advantage is the reduced amount of energy required to create the material. When compared to other materials, the manufacturing process requires less fuel. This is both environmentally friendly and fuel efficient. With today's high fuel prices, this is extremely vital. Cellulose was once significantly more expensive than fibreglass, but the two materials are now nearly similar in price.
It's popular in green homes because it's mostly made of recycled paper and uses less electricity. New homes that are built to be ecologically friendly and energy efficient are known as green homes. The prerequisites for this sort of structure are met by cellulose. This sort of material is currently being used in more new homes than at any other point in history.
The material is more energy efficient than fibreglass and enables less air to move through it. As a result, it performs better as an insulator than other materials. You will notice a change in the cost of your house heating. It also outperforms all other insulating materials in terms of flame resistance.
This material is better for reducing the nose level in your home as a sound insulation. This product is more effective than other materials in terms of soundproofing and keeping warm. The coverage is more consistent, and it does a better job of muzzling sounds from outside the house or from the next room, such as cooking noises heard in the bedroom.
There are four different types of cellulose insulation.
This type of insulating material can be used in four different ways:
o Stabilized cellulose o Loose fill o Wall cavity spray o Commercial sprays
Insulation is often blown into the wall cavity or attic of new and existing homes. In general, the attic is blown dry and the walls are damp. It is relatively simple to install in existing homes because it is blown. For the spray, small holes are drilled in the drywall of interior walls, which are then patched after installation. The substance is usually put outside the house by removing tiny pieces of siding or roofing materials for insulating exterior walls.
How is Cellulose Insulation Used?
The material is sprayed into the wall after being combined with a tiny amount of water. This small wetness aids in the material's conformation to the space and perfect seal. This aids in the sealing of minor cracks and difficult-to-reach areas in the wall cavity. As a result, it is particularly good in preventing air from escaping through smaller cracks.
This insulating substance is best installed by a professional. It must be blown properly and evenly to be most effective. In general, the process requires two people: one to feed the machine with dry fibers and break up larger clumps, and the other to operate the hose. During the installation process, masks should be used to prevent dust from entering the lungs.
What Really Makes a “Green” Home?
Despite the fact that the term "green" has become a home term in the construction and design industries, it is not always clear what it means. There are a few rules for eco-friendly homes, but the term "green" isn't defined in any manner other than as a color generated by combining yellow and blue. So, how can a buyer discern if a house labeled "green" was actually created with an ecological concern, or at least enough of one to justify its price?
Increased insulation is one of the prerequisites for ecologically conscious housing. A home should be insulated beyond the minimum local requirements to be really energy efficient. Floor insulation, which is sometimes installed right into the concrete base, is one example. In addition to insulating the walls, floors, and ceilings, it is recommended that the windows also be done. Windows with dual panes or vinyl frames are therefore soon becoming the standard for "green" homes.
It is important to keep the house's energy efficiency at a high level. The environment benefits greatly from water-saving toilets with several flushing options. These options allow you to flush solid trash more efficiently, while liquid waste is flushed more cautiously. It is possible to incorporate water-saving technologies into shower heads, washing machines, faucets, and dishwashers without affecting their usefulness. Air conditioners, refrigerators, heaters, and all other appliances in the home should be energy efficient to the highest degree possible. Additionally, if practical, LED lights or CFLs should be utilized to illuminate the home.
The use of non-toxic or at least less-toxic materials is a need for "green" homes in addition to energy efficiency. Look for a house that employs low-VOC paints. Volatile organic compounds, or VOCs, are contaminants generated during the application of conventional paint. Because lighter pigments generate fewer VOCs, white or off-white walls are healthier than some of the brighter, popular colors. This is because the paint base is regulated for quality, but it is challenging to remove VOCs from particular pigments.
Bamboo or cork flooring is another current finishing touch for eco-friendly homes. Bamboo is popular due to its quick growth. Bamboo takes roughly five years to reach the size required for flooring. It can be worn in a variety of ways and in a variety of colors and designs. Sustainable harvesting of cork ensures that the cork tree, which replaces its cork bark every year, is not harmed during the process of harvesting the cork. Cork is a gorgeous, silky, springy surface that is also intrinsically warmer than many other flooring options.
For our final interior consideration, eco-friendly homes will utilize more natural fabrics for carpets and window coverings, such as wool and cotton.
There's plenty of scope for "green" concerns outside the house, too. Xeriscaping is a trendy landscaping technique that uses native plants from the area to create a more natural look. Because they have acclimatized to the local environment, these plants are inherently drought-resistant and require less watering and upkeep than lawns or flower beds full of exotic blooms.
Permeable paving stones are another "green" outdoor trend. These absorb water, which is then filtered naturally via the earth and returned to the groundwater source. Water flowing over cement and into drains can cause toxic run-off, conveying oil and exhaust waste right into the drainage system, which finally ends up in a nearby body of water.
If a home is touted as "green," don't be hesitant to ask the builder about some of these features. If they don't live up to your expectations, don't buy it.
Home Energy Audits
Conducting a home energy audit is a good technique to save money on your utility bills. Many persons, on the other hand, overlook fireplaces, attics, and other less obvious spaces.
The long-term purpose of conducting a home energy audit is to make your home more energy-efficient. Reduced utility bills now and in the future are a benefit of an energy-efficient home plan. Depending on the size of your power account, auditing your home can result in savings of thousands or tens of thousands of dollars over the course of several years. While windows and doors are obvious places where energy is squandered, there are additional spots where you might lose a large quantity of heat that are less noticeable.
The attic of a house is a wonderful space to put your junk, sorry, treasured items, if you have any. That attic, on the other hand, could be costing you a lot of money. While most attics are well-insulated, they also have open-air vents to assist keep the air flowing through them. Failure to circulate air in the attic could result in the damage of the roofing and the contents of the attic.
Thanks to the attic insulation, energy does not leak through the ceiling and into the attic below. The majority of individuals, however, undercut this insulation by omitting to verify the attic's entryway before using it. The amount of heat or air conditioning that escapes through the attic's spaces and the attic vents when you have a "hole in the ceiling" is significant. Temporary sealing around the outside of the door can lower your heating and cooling expenses by 25 percent immediately away.
Fireplaces have a variety of drawbacks when it comes to regulating the temperature in the home. According to the National Fire Protection Association, a fireplace's primary purpose is to exhaust smoke from a home through the use of rising heat. When you aren't using the fireplace, though, it continues to transfer hot air out of your home, which is a concern.
Make sure that the fireplace's flue is closed whenever it's not in use before attempting any work. In fact, if you leave it open, you might as well turn off the heat in your home because the heat will escape through your vents and spread around the room, before blowing up and out of the fireplace. That is, without a question, a nightmare in terms of utility costs.
If you want to stay up with the rising cost of electricity, you'll need to conduct regular energy audits. Fortunately, implementing a few common sense precautions can save you a large amount of money.
The Correct Insulation in the Correct Location
Insulation is the process of enclosing or covering an object with a material that functions as a barrier, limiting (or obstructing) the flow of energy, particularly heat. It's most commonly used for the following things:
-To reduce the amount of heat energy lost.
-To prevent items from overheating in the immediate vicinity.
Here are some examples of frequent applications for insulation:
-In industrial applications, such as stoves and ovens, refrigerators and freezers, water heaters, and water pipelines, among others.
When correctly placed, insulation can provide both indoor comfort and energy efficiency (by keeping your home cooler in the summer and warmer in the winter).
It might be tough to select and purchase the right insulation for your home. Here are some suggestions for selecting the finest insulation for your home.
1. Is there anything that needs to be insulated? The first step is to figure out where the insulation will be put in place or used. Although a visual inspection of your home may be sufficient, it is still best to entrust the job to professionals (such as your contractor).
Your home may require some or all of the following insulation, depending on the results of your (or an expert's) investigation:
-Wall insulation/cavity wall insulation Your home is protected from significant temperature swings by cavity wall insulation. According to research, heat loss through uninsulated walls can be as high as 50%, whereas cavity wall insulation can prevent up to 70% of this.
-The loft/roof is insulated. Heat loss through the roof can reach up to 25% due to the fact that hot air rises. This can be significantly reduced with adequate attic or loft insulation.
-Isolating pipes and ducts. Your heating (or cooling) costs may rise as a result of leaky ducts or pipes. They have the potential to burst (or freeze), therefore sufficient insulation is essential.
-Water tanks and cylinders To avoid being exposed to excessive cold or heat, hot water cylinders and cold water storage tanks must also be insulated.
2. What type of material should be used. The following are examples of traditional insulating materials commonly used in homes:
-Fiberglass/mineral fiber mats Fiberglass, which is spun from molten glass into microfibers, is the most widespread and flexible type of insulating material.
Fiberglass is pink or yellow in color and comes in three different types:
Rolls - insulating blankets with or without vapor barriers that prevent condensation from forming in cold areas and causing harm (such as mold).
Batts are similar to rolls, with the exception that they come in lengths ranging from 4 to 8 feet.
Blown insulation is a loose type of insulation that is blown into walls or ceilings.
-Cellulose. Cellulose is another common insulating substance found in homes. It's a fibrous substance made from shredded and chemically treated scrap or recycled paper (such as newsprint or cardboard) that's been treated to make it fire and insect resistant. It is then either loose-fill or machine-sprayed into place (poured or blown in).
-Wool derived from rocks. As the name implies, rock wool is an insulating material made of rock. Rock wool may be made in the same way as fiberglass is (with molten rock replacing the glass), and it can be made into hollow bricks or porous concrete blocks.
-Insulation made of synthetic materials The following synthetic insulating materials are available in a variety of shapes and sizes:
Polystyrene foam — usually in the shape of pre-cut, rigid boards.
Polyurethane foam, usually in the form of boards or foamed 'insitu,' is a type of polyurethane foam ("in location").
Spray-on expanding foam – similar to that used in aerosol cans, this foam can completely seal and insulate even the tiniest areas of the house by 'poofing' up to 2 to 4 times its original size when sprayed.
The type of material to use for installation is mostly decided by the area that needs to be covered. The following are some of the standard insulating materials that are recommended for specific regions of your home:
-To keep a loft or a roof warm.
Mineral wool quilt *Blown mineral wool *Cellulose fiber, blown
-It's a material that's used to insulate ducts and pipes.
*Mat constructed of mineral wool *Pre-formed split-foam insulation *Filled-faced fiberglass insulation *Vinyl-faced insulation *Rigged foam insulation
*Blown-in cellulose insulation *Fiberglass insulation (batt and roll)
3. Seek advice from a professional. Aside from your own tastes, consulting a trained professional in this field is the key to getting the greatest insulation for your home. It's still a good idea to speak with a professional who can provide you a variety of options that will best suit your needs.
Insulating your home will increase your household expenses now, but it will save you money in the long run (by lowering your utility bills) and protect you and your property.
Please contact us with any queries you may have; we look forward to aiding you with your project!
Blow-In Insulation's Benefits
Without a doubt, the most effective way to save money on energy costs is to insulate your home. To keep damp and cold air out of the dwelling, floors and walls were coated with just about everything. Even old newspapers were discovered wedged into the walls and floor planks during restorations.
Insulation has evolved into a science unto itself. R-factors are assigned to different insulating materials and processes in order to give homes and buildings with the appropriate level of insulation for their location. The better the insulation, the higher the R value.
Blow in insulation, which is relatively new to the industry, is one of the top-rated insulations. Nonetheless, blow-in insulation has swiftly demonstrated its worth. This is why.
Blow-In Insulation's Advantages
There are several advantages to employing blow in insulation rather than fiberglass insulation rolls. The ease with which it may be installed, its energy efficiency, and the locations where it can be used are just a few of the benefits. The top five reasons to utilize blow in insulation are as follows:
1. The insulation that is blown in can be changed. It can give protection with a R value ranging from 15 to 38 depending on the amount of material used.
2. Blow-in insulation is mostly constructed of virgin materials. Allergies are less likely as a result of this.
3. Blowing the material into the crevices makes for a tighter fit and seal. It can navigate around corners, beams, and existing wire in the walls.
4. Blow-in insulation may be installed quickly. To keep the material from drifting away and attaching where it isn't needed, a blanket is stapled to all of the 2x4s. The blanket is then slit into a small slit. A hose is inserted, and measured amounts of insulation are blown into place.
5. This type of insulation saves a significant amount of energy. As it is blown in, it expands and adheres to the surrounding surfaces. It achieves so by filling even the tiniest crevices.
The Complete Installation Process
After fastening the blanket to the surrounding boards, the hose can be directed in any direction around the wall or ceiling thanks to the little opening carved into it. After the material is in place, the slit in the blanket is closed and taped. This blanket does not act as a moisture barrier; instead, it simply controls the spray. Moisture resistance is built into the material.
After that, the insulating blanket is removed and drywall or other wall materials are installed immediately on top of it. This means that in order to install insulation, an entire wall would not have to be destroyed in a restoration project. Consider a house that is hundreds of years old. There's a chance there's no insulation at all. Drill a hole, position the hose, and fill the walls with energy-efficient insulation instead of removing layers of plaster. After that, the operation is completed by mending the wall.
Blown-in insulation is more expensive than ordinary insulation. Analysts, on the other hand, estimate that the energy savings will be so large that the costs will be recouped in 2 to 4 years.
The Job of Attic Insulation is Difficult
The purpose of attic insulation is to keep heat in during the winter and out during the summer. Heat rises, and any hot air from your furnace rises and exits through your attic in the winter. Your roof gets quite hot in the summer, and because there is nowhere for the hot air to escape, your attic may become the hottest place in your home. If you don't have attic insulation, that heat will quickly enter your home.
As a result, attic insulation is likely your home's most important insulation. It's also important to choose the right sort of insulation because not all of them are created equal.
Fiberglass batt insulation is the most prevalent type of attic insulation. It's easy to put together and fits perfectly between your ceiling joists. Installers must ensure that the batts are carefully packed into every crevice and corner, or a significant amount of heat will escape through the gaps.
The amount of insulation given by fiberglass batts is reduced by moisture in the attic. Any leaks, condensation concerns, or other sources of moisture must be addressed before adding batt insulation.
Loose-fill fiberglass and cellulose insulation is another popular type of attic insulation. Loose-fill insulation can be blown by hand or with a blower into corners and hard-to-reach areas, resulting in fewer gaps. Moisture, on the other hand, degrades the fiberglass and cellulose in loose fill, so any moisture problems must be addressed before installation.
Spray foam insulation for attic applications is becoming increasingly common. It not only goes into hard-to-reach places, but it also expands to fill every crevice and hole in the insulation, preventing heat from escaping via gaps.
Spray foam is also waterproof, and because it expands, it often prevents little amounts of moisture from escaping. Condensation isn't an issue because spray foam seals your attic so well.
Other benefits of spray foam include structural support, reduced outside noise, and fewer airborne pollutants and allergies in your home.
Do you need to insulate your attic or crawlspace? This is, without a doubt, one of the most critical areas to insulate, so don't put it off. Give us a call now to discuss your requirements and possibilities!
Insulation for Garages
Garage insulation isn't something that most people think about on a regular basis. The majority of homeowners insulate their attics and walls well because they realize how much money they can save on their energy costs by doing so. Garages, on the other hand, are unconditioned spaces that are neither heated nor cooled, making insulation impractical. Is that the case?
When a garage isn't adequately insulated, it might get as hot or cold as the outside temperature. With uninsulated walls and a common ceiling between the garage and your home, this may soon become a significant source of energy loss in both the garage and your home. Furthermore, hazardous odors from your garage, such as those released by automobiles, fertilizers, paints, and other chemicals, could easily seep into your home.
The most effective way to keep harmful factors out of your home is to insulate the walls and ceilings that connect your garage and your home. You do, however, have a number of options for insulating your garage walls, and picking the best one can make a big difference.
Batt insulation, which has long been a popular choice for insulating attics and walls, is often the first type of insulation considered by homeowners when insulating their homes. Despite having R-values (insulation performance ratings) that are equivalent to other insulating materials, batt insulation is not the best choice for garage insulation.
Depending on the application, batt insulation is applied in rolls or batts. Because the insulation batts do not completely seal the spaces between the wall and the ceiling, gaps can form between the insulation rolls. The holes allow energy to leave your home while also allowing contaminants to enter. Batt insulation is also susceptible to moisture damage, reducing its ability to offer insulation even further.
Foam-board insulation, which is solid sheets of molded polystyrene, gives equivalent R-values while being less bulky than batt insulation. Although foamboard insulation is effective, it does not entirely fill all of the gaps in your wall, and gaps can occur between the insulation sheets.
Insulation that fills in all of the gaps and creates a tight seal around the walls and ceiling of your garage will help you save money on energy bills while also limiting fume seepage. Spray foam garage insulation begins to spread and fill in all voids as soon as it is applied. Spray foam insulation has the same R-values as foam-board insulation of comparable thicknesses, but it is more resistant to moisture damage.
All About Cellulose Insulation
Cellulose insulation is a natural insulating material comprised of cellulose. Made from recycled newspaper and other recycled paper resources, it is environmentally beneficial. The recycled content is at least 75 percent and preferably more than that. Chemicals are then used to treat the recycled paper in order to make it more fire resistant.
Cellulose Insulation Offers a Number of Advantages
Because the material is formed mostly of recycled paper products, it is regarded to be less dangerous than other forms of insulating materials due to its nature. Fiberglass and a range of other insulating materials are considered harmful by some specialists. Cellulose does not cause cancer in humans.
Fire-resistant materials are made possible by utilizing non-hazardous chemicals to make them more resistant to fire. The substances that are most frequently utilized are boric acid, ammonium sulfate, and borax, to mention a few. Retailers of these compounds are regarded to be nontoxic and have not been associated to any health risks. Additionally, they are considered to aid in the prevention of the growth of mold or mildew, as well as producing an unfavorable environment for insects.
Another advantage is the reduction in the amount of energy required to produce the material. When compared to other materials, less fuel is required throughout the production process with carbon fiber. This is beneficial to the environment and saves on gasoline expenditures. This is especially critical in view of the present high cost of gasoline. Cellulose was originally significantly more expensive than fiberglass, but the two materials are now about similar in price.
Because the material is manufactured mostly of recycled paper and consumes less energy, it is frequently utilized in environmentally conscious homes. Green homes are new construction homes that have been built to be environmentally friendly and energy efficient in their construction. Cellulose satisfies all of the parameters for this form of construction. This sort of material is currently being employed in the construction of more new homes than at any previous era in history.
The material is more energy efficient than fiberglass and allows for less air to pass through it than the latter. As a result, it is more effective as an insulator than other types of materials. You will notice a change in the amount of money you spend on home heating. It also offers higher flame retardant qualities than any other insulating material on the market.
This material functions effectively as a sound insulation material, allowing you to lessen the noise level in your home. It is more effective than other materials if you are concerned with soundproofing properties as well as maintaining a pleasant body temperature. The coverage is more uniform, and it does a better job of muffling sounds from outside the home or from the adjacent room, such as kitchen noises that can be heard from the bedroom window.
There are four main forms of cellulose insulation.
There are four different applications for this type of insulating material:
Stabilized cellulose, loose fill, wall cavity spray, and commercial sprays are all alternatives.
Most of the time, new and existing homes are insulated by blowing insulation into the wall cavity or the attic. In general, the attic is blown dry, while the walls are damp from condensation. Due to the fact that it is blown, it is quite simple to install in existing structures. Small holes are cut into the drywall of interior walls to accommodate the spray, and the holes are patched after the spray has been installed. The substance is frequently sprayed outside the home by removing little parts of siding or roofing materials, which serves as insulation for the outer walls.
When and How is Cellulose Insulation Used?
In order to spray the material into the wall, it must first be blended with a little bit of water. This tiny dampness contributes in the conformation of the material to the gap and the development of a flawless seal. This aids in the sealing of tiny cracks and difficult-to-reach locations within the wall cavities. In order to accomplish this, it is exceptionally good in keeping air from escaping via minor cracks.
It is suggested that this insulating material be put by a qualified professional. It must be blown accurately and evenly in order to be most effective. To finish the procedure, two employees are required: one to feed the machine with dry fibers and break up larger clumps of fibers, and another to operate the hose. During the installation process, dust masks should be used to avoid inhaling any dust that may have gathered.
Interested in cellulose insulation? Give us a call and let’s assess whether it is the appropriate fit!
Stop a Third of Energy Loss
Do you want to prevent a third of the energy loss from your home?
Thousands of people do not insulate their basement walls because they are under the idea that the ground outside will provide adequate insulation. Due to the fact that soil does not work as an effective insulator, heat loss from your basement can account for more than one-third of the total heat loss from your home.
Basement insulation, when built properly, will not only prevent heat loss, but it will also make your basement warmer, dryer, and far more pleasant.
Interior insulation and external insulation are the two most prevalent methods of insulating a basement, respectively.
You can use any of the major forms of home interior insulation for basement insulation, including fiberglass batts, rigid foam board, and spray foam, to insulate the interior of your basement. An exposed metal or wood stud framework will aid in the support of the insulation and give a surface to which you may connect drywall or paneling.
Before adding the stud frame and insulation to the bare wall, you should first apply a moisture barrier over the surface of the wall. Additionally, before putting drywall and paneling, place a vapor barrier over the stud structure and insulation that has previously been laid.
The ground around your home must be dug up in order to reach the outside surfaces of the basement walls, which is where the exterior basement insulation will be put. First, apply a layer of waterproofing substance to the complete surface of the wall before adding rigid insulation to the construction. It is required to lay metal flashing and a protective cover over the insulation in order to prevent moisture from entering between the insulation and the basement wall.
Before you can install any form of basement insulation, you must first repair any cracks, leaks, or other moisture concerns that may exist. Moisture can cause considerable damage to your finished basement, and fixing the damage is significantly more difficult and expensive after the basement has been finished.
Moisture and vapor barriers installed on the interior of the wall will help to decrease condensation, but they will not prevent water from flowing through wall fractures. A basement waterproofing system is the most effective technique to ensuring that you do not have any moisture problems from any source in your home.
When insulating a wall from the outside, make sure to add a drainage system. You will be safe from water damage once more if you waterproof your basement.
It is the trained basement waterproofing technicians at Clarke Basement Systems that know how to make your basement dry and ideal for the installation of basement insulation both inside and outside.
Interested in cutting down your energy loss? Give us a call today and let’s discuss.